PhD and MSc Theses
PhD and MSc Theses, since 1988
Student's Name |
Graduation Year |
Degree |
Abstracts |
Research Name |
Rappel Ori |
2023 |
PhD |
Abstracts |
Area Coverage with Settling Agents |
Indig Nahshon |
2020 |
PhD |
Abstracts |
Sub-Optimal Spatial Guidance under Angular Constraint in Atmospheric Flight |
Weisbrod Gil |
2018 |
PhD |
Abstracts |
A Prescriptive Model of the Conceptual Engineering Design Process based on Parameter Analysis and C-K Theory |
Dobrovinsky Maya |
2013 |
PhD |
Abstracts |
Cruise Flight Throttle Optimization by Neuro-Dynamic Programming |
Sigal Erez |
2012 |
PhD |
Abstracts |
Sub-Optimal Solution to a Non-Linear Missile Guidance Problem |
Tahan Meir |
2008 |
PhD |
Abstracts |
Modeling and Analyses of Engineering Systems Integration |
Shapira Ilana |
2005 |
PhD |
Abstracts |
Approximated Analytical Solution for Optimal Range Glide |
Cohen Kelly |
1999 |
PhD |
|
Active and Passive Control of Flexible Structures |
Shachar Sahar |
2024 |
MSc |
Abstracts |
Optimal Trajectory for a Hypersonic Scramjet Missile with a Non-Convex Control Set |
Ben Saadon Moshe |
2023 |
MSc |
Abstracts |
Investigating Direct/Indirect Methods for Solving Optimal Control Problems |
Rosenheim Mor |
2021 |
MSc |
Abstracts |
Neighboring Extremal Path Applications for Rocket Trajectory Shaping |
Friedler Mor |
2021 |
MSc |
Abstracts |
Finding the Worst-Case Behavior of an Accelerating Rocket due to Side-Wind Disturbances |
Kfir Rafy |
2020 |
MSc |
Abstracts |
Finding Shortest 3d Paths with Curvature Constraint in Close Range Scenarios |
Khmelniker Polina |
2019 |
MSc |
Abstracts |
Investigation of Mobile Robot Time Optimal Trajectories Under State Dependent Constraints |
Or Barak |
2018 |
MSc |
Abstracts |
Integrated Guidance / Estimation in Linear Quadratic Differential Games |
Bitansky Avi |
2017 |
MSc |
Abstracts |
Using Multiple Sensing to Overcome Structural Bending Models in Flight Control |
Hermann Avriel |
2014 |
MSc |
Abstracts |
Flight Control Law Clearance Using Optimal Control Theory |
Grinfeld Natan |
2014 |
MSc |
Abstracts |
An Optimal Missile Guidance Law with a Jerk Constraint |
Dov Ofir |
2013 |
MSc |
Abstracts |
Optimal Trajectories and Optimal Guidance for Maneuvering Rockets |
Indig Nahshon |
2012 |
MSc |
Abstracts |
Sub-Optimal Spatial Mid-Course Guidance with Angular Constraint |
Dekel Maya |
2011 |
MSc |
Abstracts |
Pseudo-Spectral-Method Based Optimal Glide in the Event of Engine Cut-off |
Heller Carmit |
2009 |
MSc |
Abstracts |
Pursuer Maneuver Minimization by Softly Constrained Optimal Guidance |
Kaminer Boaz |
2008 |
MSc |
Abstracts |
A Methodology for Estimating and Optimizing Non- Independent Layered Defense Effectiveness |
Zhurbal Alexander |
2008 |
MSc |
Abstracts |
Effect of Estimation on the Performance of an Integrated Missile Guidance and Control System |
Birarov Ofer |
2008 |
MSc |
Abstracts |
Reducing Miss Distance by Using Twisting Wing |
Verbin Dov |
2007 |
MSc |
Abstracts |
Time Efficient Angular Steering Laws for Rigid Satellite |
Gendler Boris |
2007 |
MSc |
Abstracts |
Optimal Pulsed Guidance and its Application to Artillery Rockets |
Belapolsky Oshra |
2007 |
MSc |
Abstracts |
Miss Distance as a Function of Trajectory Shaping in the Terminal Phase for Tactical Missiles using Linear Quadratic Differential Games |
Pinsler Galia |
2004 |
MSc |
Abstracts |
A New Approach to Definition of Safety Regions for a Test- Field |
Almogi-Nadler Meirav |
2003 |
MSc |
Abstracts |
Boost Phase Identification of Theatre Ballistic Missiles Using Radar Measurements |
Levinson Sergei |
2003 |
MSc |
Abstracts |
Trajectory Shaping and Terminal Guidance for Tactical Missiles using Linear Quadratic Differential Games |
Segal Shai |
2003 |
MSc |
Abstracts |
A Derivation of Guidance Laws for UAVs Formation Flight |
Mor Michal |
2002 |
MSc |
Abstracts |
Resource Allocation and Contingent Branching: An Information-Gap Approach |
Rinat Keren |
2000 |
MSc |
|
Characterization of Worst-Case Distributions for Performance Evaluation of Proportionally Guided Missiles |
Druckmann Erez |
2012 |
MSc |
Abstracts |
Optimal In-Flight Trajectory Modifications for Ballistic Missiles and Free Rockets |